Biofilled Bio-based PP/PE Compound Eco-friendly Material

Classification:

Plant Fiber Reinforced Bio-based Composite is a sustainable material that combines renewable plant fibers—such as wheat straw, wood, bamboo, and coffee grounds—with bio-based polymers like polyethylene (PE) or polypropylene (PP). By integrating agricultural by-products with bio-based plastics through advanced compounding technology, this composite offers an eco-friendly alternative to conventional fossil-based plastics. The material provides enhanced rigidity, reduced carbon footprint, and a unique natural texture, while remaining compatible with standard manufacturing processes like injection molding and extrusion. It is ideal for use in packaging, household goods, consumer electronics, automotive components, and other applications that require a balance of performance, design appeal, and sustainability.

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Product Description

Yujie’s Coffee Grounds Fiber-Reinforced Bio-based PP Composite is an innovative and eco-friendly material that combines recycled coffee grounds with bio-based polypropylene (PP)
through a specialized compounding process. This sustainable composite not only helps reduce organic waste but also introduces a novel plastic material with distinctive performance and
aesthetic value.

The material offers excellent heat resistance, making it suitable for high-temperature environments. It has passed food-contact safety certifications such as the U.S. FDA and Germany’s
LFGB, confirming its suitability for applications including food packaging and reusable tableware. Products made from this composite feature visible coffee ground specks on the surface,
giving them a natural, tactile appearance and a subtle coffee aroma—delivering a unique sensory experience. In certain formulations, it can also offer antibacterial and deodorizing
properties,further enhancing the material's value.

Combining bio-based content, recycled fillers, and enhanced functionality, Yujie’s Coffee Grounds Fiber-Reinforced Bio-based PP Composite is well-suited for a wide range of applications—
from household goods and toys to small appliance housings and injection-molded packaging. As global demand grows for sustainable and innovative materials, this composite stands out as a practical and eco-conscious solution for next-generation product development.

Yujie’s Wood Fiber-Reinforced Bio-based PE Composite is an innovative, sustainable material that blends renewable wood fiber with bio-based polyethylene (PE). This composite leverages the
natural renewability and eco-friendliness of wood fiber alongside the excellent processability and broad applicability of polyethylene. The result is a material that not only enhances
sustainability but also delivers improved performance across a wide range of applications—including automotive interiors, construction materials, and outdoor furniture.

This bio-composite offers numerous advantages, such as enhanced mechanical properties, design flexibility, and a significantly reduced carbon footprint. By incorporating agricultural
by-products and industrial residues, it also helps reduce reliance on fossil-based resources and contributes to cost-effective production.

With the increasing global emphasis on environmental protection and sustainable development, Yujie’s Wood Fiber-Reinforced Bio-based PE Composite presents strong market potential
as a solution to reduce plastic pollution and improve resource efficiency. Continued technological advancements and rising consumer demand for green products are expected to drive
further innovation and expanded applications for bio-based composite materials.

Yujie’s Grain Fiber-Reinforced Bio-based PP Composite is an innovative and environmentally responsible material developed by blending agricultural by-product fibers—such as rice husks and wheat straw—with Bio-based polypropylene (PP) through a specialized compounding process. This composite combines the renewable nature of grain fibers with the mechanical strength
and processing efficiency of traditional PP, offering an ideal balance between sustainability and performance.

The material contains a significant proportion of carbon derived from biomass, helping to reduce dependence on fossil-based resources and supporting the transition toward a circular
economy. It maintains excellent processability, making it compatible with conventional plastic manufacturing methods such as injection molding, while offering improved mechanical
properties like enhanced rigidity and strength. In addition, the natural fiber content gives the material a distinctive aesthetic and tactile quality, appealing to eco-conscious consumers and brands.

With its versatility, the Grain Fiber-Reinforced Bio-based PP Composite is well-suited for a wide range of applications, including packaging, automotive components, and household
products.
As global demand increases for sustainable alternatives to traditional plastics, this material presents a promising solution for reducing plastic pollution and improving overall resource
efficiency.

Key words:

Bio-based Plastics

composite

Plant Fiber

sustainable

RoHS Compliant

REACH Passed

packaging

Home Appliances

Automotive Parts

Electronics

None

Bio-based Polyethylene (Bio-PE) YJ-7042

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